Dimensional equivalence table

 
Dimension Symbol Temporal Exponent Exentation Concept
Time \(T\) \(T^1\) e1 Temporal finitude
Planck Time \(Tp\) \(T^1\) e1
Excitance \(ExCi\) \(T^{-1}\) e2 Excitation
Variance or Period \(\nabla\) \(T^{-1}\) e2 One in time
Perience \(Pe\) \(T^2\) e3 Scope of T
Periplus \(Pl\) \(T^2\) e3
Planck Length \(Lp\) \(T^2\) e3
Length \(L\) \(T^2\) e3 \(T^2\)
Experience \(ExPe\) \(T^{-1}\) e2 Ex perience
Mass \(M\) \(T^3\) e5 Spatiotemporality
Particle \(Par\) \(T_3\) e5 Spatial finitude
Citance \(Ci\) \(T^1\) e1 Quantity
Temperature \(Tm\) \(T^4\) e7 Mass excitation
Tension \(Tn\) \(T^2\) e3 Time in time
Ex-Tension \(ExTn\) \(T^{-2}\) e4 Spatial experience
Photon \(\gamma\) \(T^{-1}\) e2 Frequency
Frequency \(f\) \(T^{-1}\) e2 Frequency
Energy (DIM) \(E\) \(T^2\) e3 Minimal alternation
Kinetic \(E_c\) \(T^{-3}\) e6 Mass variation
Potential \(E_p\) \(T^4\) e7 Probabilistic dimension
Action \(S\) \(T^3\) Longitudinal possibility
Velocity \(V\) \(T^1\) e1 \(L*T^-1\)
Light Speed \(c\) \(T^1\) e1
Planck Constant \(h\) \(T^3\) e5
Momentum (Dim) \(P\) \(T^1\) e1 \(S/L\)
Momentum (Real) \(p\) \(T^4\) e7 \(M*V\)